Technical Document
Specifications
Number of Channels
2
Maximum Data Rate
1Mbps
Package Type
SOIC
Maximum Input Current
3.8 mA dc
Isolation Voltage
2500 Vrms
Rise Time
4ns
Number of Pins
8
Mounting Type
Surface Mount
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
+125°C
Length
5mm
Depth
1.55mm
Width
4mm
Product details
Si862x Series 2-channel Digital Isolators
The Si862x Series of two-channel digital isolators, based on the proprietary capacitive isolation technology, enable low propagation delay and skew, low emissions, high noise immunity and high reliability for a long lifecycle.
Digital Isolators, Silicon Laboratories
The Silicon Labs broad range of Digital Isolation products offers significant improvements over older isolation technologies such as opto-couplers. They demonstrate lower power consumption, greater reliability and higher performance, and are generally smaller in size and lower in cost. These CMOS-based devices exhibit stable operating characteristics over a wide temperature range and do not suffer from the lifespan limitations of opto-coupled devices.
P.O.A.
Each (Supplied in a Tube) (ex VAT)
Production pack (Tube)
10
P.O.A.
Each (Supplied in a Tube) (ex VAT)
Production pack (Tube)
10
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Technical Document
Specifications
Number of Channels
2
Maximum Data Rate
1Mbps
Package Type
SOIC
Maximum Input Current
3.8 mA dc
Isolation Voltage
2500 Vrms
Rise Time
4ns
Number of Pins
8
Mounting Type
Surface Mount
Minimum Operating Temperature
-40°C
Maximum Operating Temperature
+125°C
Length
5mm
Depth
1.55mm
Width
4mm
Product details
Si862x Series 2-channel Digital Isolators
The Si862x Series of two-channel digital isolators, based on the proprietary capacitive isolation technology, enable low propagation delay and skew, low emissions, high noise immunity and high reliability for a long lifecycle.
Digital Isolators, Silicon Laboratories
The Silicon Labs broad range of Digital Isolation products offers significant improvements over older isolation technologies such as opto-couplers. They demonstrate lower power consumption, greater reliability and higher performance, and are generally smaller in size and lower in cost. These CMOS-based devices exhibit stable operating characteristics over a wide temperature range and do not suffer from the lifespan limitations of opto-coupled devices.